System and Method for Managing a Cache Pool

1. A method comprising: receiving a write request associated with a cache pool comprising a plurality of disks, the write request comprising data associated with the write request; selecting a first disk from the plurality of disks based on a life parameter and a usage parameter associated with the first disk, wherein the usage parameter indicates the amount of available space on the first disk; and causing the data associated with the write request to be written to the first disk calculating a priority score for the plurality of disks using the life parameters associated with the plurality of disks; based on the priority score, determining a disk with the greatest priority; and wherein selecting the first disk from the plurality of disks comprises selecting the disk with the greatest priority.

2. The method of claim 1 , wherein the cache pool is a local cache and, the method further comprising: determining that the local cache is preferred; determining that each disk in the local cache is full; receiving a set of parameters associated with a plurality of disks in a remote cache, the set of parameters comprising the life parameter; calculating a priority score for the plurality of disks in the remote cache using the life parameters associated with the plurality of disks in the remote cache; based on the priority score, determining a disk with the greatest priority, the disk with the greatest priority having a highest priority of the plurality of disks in the remote cache; determining that at least two disks of the plurality of disks in the remote cache each have the highest priority; wherein selecting the first disk from the plurality of disks comprises selecting a first available disk of the at least two disks of the plurality of disks in the remote cache with the highest priority; and wherein causing the data associated with the write request to be written to the first disk comprises causing the data associated with the write request to be written to the first available disk.

3. The method of claim 1 , further comprising: determining that at least two disks of the plurality of disks each have the highest priority; wherein selecting the first disk from the plurality of disks comprises selecting a first available disk of the at least two disks of the plurality of disks with the highest priority; and wherein causing the data associated with the write request to be written to the first disk comprises causing the data associated with the write request to be written to the first available disk with the highest priority.

4. The method of claim 1 , wherein the cache pool is a local cache and, the method further comprising: determining whether the local cache is preferred; determining whether each disk in the local cache is full; if the local cache is preferred and each disk in the local cache is not full, then selecting the first disk based on the life parameter and the usage parameter comprises selecting a local disk based on the life parameter and the usage parameter, the local disk being in the local cache; and if the local cache is preferred and each disk in the local cache is full, then selecting the first disk based on the life parameter and the usage parameter comprises selecting a remote disk based on the life parameter and the usage parameter, the remote disk being in a remote cache.

5. The method of claim 1 , further comprising: receiving a second write request associated with the cache pool; determining that a fairness cycling policy applies; in response to determining that the fairness cycling policy applies, selecting a second disk, the second disk identified using the fairness cycling policy; and causing the data corresponding to the write request to be written to the second disk.

6. The method of claim 1 , further comprising: receiving a set of parameters associated with a plurality of disks, the set of parameters comprising the life parameter and the usage parameter; and updating the set of parameters for each of the plurality of disks using the received set of parameters.

7. An information handling system, comprising: a memory; a processor communicatively coupled to the memory, the processor configured to: receive a write request associated with a cache pool comprising a plurality of disks, the write request comprising data associated with the write request; select a first disk from the plurality of disks based on a life parameter and a usage parameter associated with the first disk, wherein the usage parameter indicates the amount of available space on the first disk; and cause the data associated with the write request to be written to the first disk calculating a priority score for the plurality of disks using the life parameters associated with the plurality of disks; based on the priority score, determining a disk with the greatest priority; and wherein selecting the first disk from the plurality of disks comprises selecting the disk with the greatest priority.

8. The system of claim 7 , wherein the cache pool is a local cache and, the processor is further configured to: determine that the local cache is preferred; determine that each disk in the local cache is full; receive a set of parameters associated with a plurality of disks in a remote cache, the set of parameters comprising the life parameter; calculate a priority score for the plurality of disks in the remote cache using the life parameters associated with the plurality of disks in the remote cache; based on the priority score, determine a disk with the greatest priority, the disk with the greatest priority having a highest priority of the plurality of disks in the remote cache; determine that at least two disks of the plurality of disks in the remote cache each have the highest priority; wherein selecting the first disk from the plurality of disks comprises selecting a first available disk of the at least two disks of the plurality of disks in the remote cache with the highest priority; and wherein causing the data associated with the write request to be written to the first disk comprises causing the data associated with the write request to be written to the first available disk.

9. The system of claim 7 , wherein the processor is further configured to: determine that at least two disks of the plurality of disks each have the highest priority; wherein selecting the first disk from the plurality of disks comprises selecting a first available disk of the at least two disks of the plurality of disks with the highest priority; and wherein causing the data associated with the write request to be written to the first disk comprises causing the data associated with the write request to be written to the first available disk with the highest priority.

10. The system of claim 7 , wherein the cache pool is a local cache and, the processor is further configured to: determine whether the local cache is preferred; determine whether each disk in the local cache is full; if the local cache is preferred and each disk in the local cache is not full, then selecting the first disk based on the life parameter and the usage parameter comprises selecting a local disk based on the life parameter and the usage parameter, the local disk being in the local cache; and if the local cache is preferred and each disk in the local cache is full, then selecting the first disk based on the life parameter and the usage parameter comprises selecting a remote disk based on the life parameter and the usage parameter, the remote disk being in a remote cache.

11. The system of claim 7 , wherein the processor is further configured to: receive a second write request associated with the cache pool; determine that a fairness cycling policy applies; in response to determining that the fairness cycling policy applies, select a second disk, the second disk identified using the fairness cycling policy; and cause the data corresponding to the write request to be written to the second disk.

12. The system of claim 7 , wherein the processor is further configured to: receive a set of parameters associated with a plurality of disks, the set of parameters comprising the life parameter and the usage parameter; and update the set of parameters for each of the plurality of disks using the received set of parameters.

13. A non-transitory computer-readable medium including computer-executable instructions encoded in the computer-readable medium, the instructions, when executed by a processor, operable to: receive a write request associated with a cache pool comprising a plurality of disks, the write request comprising data associated with the write request; select a first disk from the plurality of disks based on a life parameter and a usage parameter associated with the first disk, wherein the usage parameter indicates the amount of available space on the first disk; and cause the data associated with the write request to be written to the first disk calculating a priority score for the plurality of disks using the life parameters associated with the plurality of disks; based on the priority score, determining a disk with the greatest priority; and wherein selecting the first disk from the plurality of disks comprises selecting the disk with the greatest priority.

14. The computer-readable medium of claim 13 , wherein the cache pool is a local cache and the computer-executable instructions, when executed by a processor, are further operable to: determine that the local cache is preferred; determine that each disk in the local cache is full; receive a set of parameters associated with a plurality of disks in a remote cache, the set of parameters comprising the life parameter; calculate a priority score for the plurality of disks in the remote cache using the life parameters associated with the plurality of disks in the remote cache; based on the priority score, determine a disk with the greatest priority, the disk with the greatest priority having a highest priority of the plurality of disks in the remote cache; determine that at least two disks of the plurality of disks in the remote cache each have the highest priority; wherein selecting the first disk from the plurality of disks comprises selecting a first available disk of the at least two disks of the plurality of disks in the remote cache with the highest priority; and wherein causing the data associated with the write request to be written to the first disk comprises causing the data associated with the write request to be written to the first available disk.

15. The computer-readable medium of claim 13 , the computer-executable instructions, when executed by a processor, further operable to: determine that at least two disks of the plurality of disks each have the highest priority; wherein selecting the first disk from the plurality of disks comprises selecting a first available disk of the at least two disks of the plurality of disks with the highest priority; and wherein causing the data associated with the write request to be written to the first disk comprises causing the data associated with the write request to be written to the first available disk with the highest priority.

16. The computer-readable medium of claim 13 , wherein the cache pool is a local cache and the computer-executable instructions, when executed by a processor, are further operable to: determine whether the local cache is preferred; determine whether each disk in the local cache is full; if the local cache is preferred and each disk in the local cache is not full, then selecting the first disk based on the life parameter and the usage parameter comprises selecting a local disk based on the life parameter and the usage parameter, the local disk being in the local cache; and if the local cache is preferred and each disk in the local cache is full, then selecting the first disk based on the life parameter and the usage parameter comprises selecting a remote disk based on the life parameter and the usage parameter, the remote disk being in a remote cache.

17. The computer-readable medium of claim 13 , the computer-executable instructions, when executed by a processor, further operable to: receive a second write request associated with the cache pool; determine that a fairness cycling policy applies; in response to determining that the fairness cycling policy applies, select a second disk, the second disk identified using the fairness cycling policy; and cause the data corresponding to the write request to be written to the second disk.